The timing of pulsars tells us that a cosmic gravitational background exists.

  The timing of pulsars tells us that a cosmic gravitational background exists.

Gravitational waves are curves in spacetime, and new measurements tell us that there is a new background in the cosmos. That background is called the gravitational background. That means the universe is full of gravitational waves, whose sources are sometimes black holes.

But we must realize that all gravitational centers emit gravitational waves. We just cannot measure the weak gravitational waves that planet-size objects send. The measurements of the gravitational field are made using two instruments. One is the weight. There is weight on the libra.

And then the system measures changes in that weight in different places. Another method is to use extremely accurate atom clocks, which use time dilation. There are two atom clocks in two different places. The system measures the differences in their work. That method should also uncover things like dark matter clouds.

Time dilation should form because the gravitation center pulls something into it that will slow the aging or vaporization of the material. Gravitational waves also cause time dilation. But the fact is that gravitational waves are also wave movement or radiation, just like all other wave movement types. And gravitational waves are also one of the energy forms. That means the laws of energy also affect the behavior of gravitation.

Black holes are not forming gravitational waves from nothingness. They just turn another fundamental interaction into gravitation. And as I wrote somewhere before, all fundamental interactions (Gravity, electromagnetism, and strong and weak nuclear forces) are wave movements with different wavelengths. So black holes or any other gravitational centers just turn the wavelength of some other energy form, like electromagnetism, into gravitational waves.

Because gravitational waves are just like all other wave movements. That means it should be possible to reflect and turn the course of gravitational waves.

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Is gravitational wave energy that travels between dark matter particles?

When we think about dark matter and gravitation, I wrote that gravitation may interact with dark matter. When wave movement moves, that means some particles transmit energy to other similar particles.

So that means gravitational waves may be changes in dark matter energy levels. And we must ask, Is it possible that gravitational waves are energy waves that travel between dark matter particles? That means dark matter is the thing that transmits gravitational waves that we call gravitational waves between those (still hypothetical) particles that we call WIMPs (Weakly Interacting Massive Particles).

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The thing that makes gravitation a mystery is that it seems to affect things in the wrong way. All other interactions push particles away from energy centers. As an example, a star makes the side of an object that it touches warmer. Because energy always travels to lower energy levels, that energy pushes objects or particles away from the energy center.

But gravitation seems to pull energy out of the object on the side that is closest to the gravitational center. That means gravitation causes a situation where a higher energy area is behind the particle if we look at it from the side of the gravitational center.

The frequency of gravitational waves is so short that they just form a lower energy condition in front of the object. There is a possibility that some kind of string that the gravitational center sends drops the energy level on the side of the object that is closest to the gravitational center. This means that energy that comes from the opposite side of the object pushes it into the gravitational center.

The short frequency causes an effect where there is no space between other wave movement types and gravitational waves. That means other energy forms are like jumping on those gravitational waves. So the gravitational waves are like duckboards, and other energy forms are jumping through those gravitational waves. In this model, when wave movement with a longer wavelength impacts a gravitational wave, it gets more energy from it. And if there is no gravitational wave, the longer wave just falls through that point.

https://scitechdaily.com/a-rumble-in-the-cosmos-pulsar-timing-yields-evidence-of-cosmic-background-gravitational-waves/?expand_article=1